| X53537. Sunflower mitocho...[gi:12577] |
LOCUS HAF1ATP 3564 bp DNA linear PLN 11-JUN-1998 DEFINITION Sunflower mitochondrial DNA for F1 ATPase (EC 3.6.1.3). ACCESSION X53537 VERSION X53537.1 GI:12577 KEYWORDS atpA gene; F1 ATPase. SOURCE mitochondrion Helianthus annuus (common sunflower) ORGANISM Helianthus annuus Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta; Spermatophyta; Magnoliophyta; eudicotyledons; core eudicots; asterids; campanulids; Asterales; Asteraceae; Asteroideae; Heliantheae; Helianthus. REFERENCE 1 (bases 1 to 2253) AUTHORS Kohler,R.H., Lossl,A. and Zetsche,K. TITLE Nucleotide sequence of the F1-ATPase alpha subunit gene of sunflower mitochondria JOURNAL Nucleic Acids Res. 18 (15), 4588 (1990) MEDLINE 90356396 PUBMED 2143817 REFERENCE 2 (bases 1 to 3564) AUTHORS Kohler,R.H., Horn,R., Lossl,A. and Zetsche,K. TITLE Cytoplasmic male sterility in sunflower is correlated with the co-transcription of a new open reading frame with the atpA gene JOURNAL Mol. Gen. Genet. 227 (3), 369-376 (1991) MEDLINE 91326025 PUBMED 1714033 REFERENCE 3 AUTHORS Yesodi,V., Hauschner,H., Tabib,Y. and Firon,N. TITLE An intact F1ATPase alpha-subunit gene and a pseudogene with differing genomic organization are detected in both male-fertile and CMS petunia mitochondria JOURNAL Curr. Genet. 32 (5), 348-357 (1997) MEDLINE 98041926 PUBMED 9371886 REFERENCE 4 AUTHORS Koehler,R.H. TITLE Direct Submission JOURNAL Submitted (15-JUN-1990) Koehler R.H., Institut fuer Pflanzenphysiologie, Heinrich-Buff-Ring 58-62, 6300 Giessen, FRG REMARK revised by [5] REFERENCE 5 AUTHORS Koehler,R.H. TITLE Direct Submission JOURNAL Submitted (15-AUG-1990) Koehler R.H REMARK revised by [5] REFERENCE 6 (bases 1 to 3564) AUTHORS Loessl,A. TITLE Direct Submission JOURNAL Submitted (29-OCT-1991) Institut fuer Pflanzenphysiologie, Heinrich-Buff-Ring 58-62, 6300 Giessen, FRG COMMENT For overlapping reference see <X04764>. FEATURES Location/Qualifiers source 1..3564 /organism="Helianthus annuus" /organelle="mitochondrion" /mol_type="genomic DNA" /strain="Baso" /db_xref="taxon:4232" /clone="HFS1,HFS0" /clone_lib="pUC18" /dev_stage="seedling" misc_feature 301..316 /note="homology to transcription initiantion site" repeat_region 439..477 /rpt_type=INVERTED misc_feature 788..806 /note="putative procession site" RBS 912..919 /note="potential" CDS 928..2460 /EC_number="3.6.1.3" /note="adenosinetriphosphatase" /codon_start=1 /product="F1 ATPase" /protein_id="CAA37613.1" /db_xref="GI:758362" /db_xref="GOA:P18260" /db_xref="SWISS-PROT:P18260" /translation="MEFSPRAAELTTLLESRISNFYTNFQVDEIGRVVSVGDGIARVY GLNEIQAGEMVEFASGVKGIALNLENENVGIVVFGSDTAIKEGDLVKRTGSIVDVPAG KAMLGRVVDALGVPIDGRGALSDHERRRVEVKAPGIIERKSVHEPMQTGLKAVDSLVP IGRGQRELIIGDRQTGKTAIAIDTILNQKQMNSRSTSESETLYCVYVAIGQKRSTVAQ LVQILSEANAMEYSILVAATASDPAPLQFLAPYSGCAMGEYFRDNGMHALIIYDDLSK QAVAYRQMSLLLRRPPGREAFPGDVFYLHSRLLERAAKRSDQTGAGSLTALPVIETQA GDVSAYIPTNVIPITDGQICSETELFYRGIRPAINVGLSVSRVGSAAQLKTMKQVCGS SKLELAQYREVAALAQFGSDLDAATQALLNRGARLTEVPKQPQYAPLPIEKQILVIYA AVNGFCDRMPLDRISQYERAILKSIKTELLQSLLEKGGLTNERKMEPDTFLKECALPY TI" CDS 2625..3500 /note="unnamed protein product; orfH522" /codon_start=1 /protein_id="CAA37614.1" /db_xref="GI:758363" /db_xref="GOA:Q37789" /db_xref="SPTREMBL:Q37789" /translation="MPQLDKFTYFFRFTILPIFTMLLGRFLGTGCPGISTLLTLFFLI VTLLLIYRMRVSKRKKSSFLFFVILILIYVLCTFSRSFFIFMLAGMPSAFVWKVSSES GDATSLPPLESSSSSESLATFRAEIAAENEAEIFTRIRNLETQDYYNLPPQNNPGEYE VLVREEFEQALDVPHYRTVLDREYFELTVLERKGLLQDRLFHLMLGEQKISRIMELSP YQNIRMEAYNFLEASVEPVSALEHPFQKDLMEGTLNFFIKELTQNGRNSEIYKNFYIH FTDELFRVKLGLPLP" repeat_region 2779..2836 /rpt_type=INVERTED BASE COUNT 1035 a 733 c 755 g 1041 t ORIGIN 1 acctaacagt atatcagatc tatcctataa aggtagtcca acacaagtaa tcgatactac 61 gccttcgacc tttgagaagt tactttgtga aataggattg atcccttgta caatttcttc 121 attttagata gctagagcta agcctgtcct aagaatgagt cgggtaggac ctttcagtca 181 agtgccttgc cttccttgcc tattcattta gtccaacaat tgaaatacct attcgcattc 241 cttcccagtc cacttcgaaa gttactttgt tcagtcgata gatgcaatgc tgcgatggag 301 aaatctcata tgctctccaa cttgaaagac cttctcttcc ccctcttgga aacaggctag 361 cgatgaggag aaaagatgat gacaaacgaa ctgaaaactg cgaatgcttc taattcattg 421 aatcttattt tagaatccaa tttttttata tatatttatt ttatatatat atataaagca 481 gagtgatgtc tttatgacaa ttcgtcaagt ccgatcgaga aacctgcgcc caaagtgctt 541 acgtagccgg tcaccgtttg gctaagatcc ttgatgactg attcaaaaac cactctagct 601 tgatttcagt cttgtgttaa gtgttcgcat agcgactcag gtcctaacaa cttgatgtca 661 gactgttcaa catgagggac atctaactcc tctaacacag agaacataaa gactaggatt 721 agatgcttaa cataacgact cgtatgcttt cacgaaagaa gaaggagctc gcagacattt 781 aacaaaggat tgtgttggtg ttccgcgcgc tatctcaact cctagttcta gtagtacaag 841 ctcgaatctg atctataaga atagcggaaa tagagctctt tgaaattgaa agcggtattc 901 ccccttatat ccaaaatcag tagaatcatg gaattctctc cgagagctgc tgaactaacg 961 actctattag aaagtagaat tagcaacttt tacacgaatt ttcaagtgga tgagattggt 1021 cgagtggtct cagttggaga tgggattgca cgtgtttatg ggttgaacga gattcaagct 1081 ggggaaatgg ttgaatttgc cagcggtgtg aaaggaatag ccttgaatct tgagaatgag 1141 aatgtaggga ttgttgtctt tggtagtgat actgctatta aagaaggaga tcttgtcaag 1201 cgcactggct ctattgtgga tgtccctgcg ggaaaggcta tgctagggcg tgtggtcgac 1261 gccttgggag tacctattga tggaagaggg gctctaagcg atcacgagcg aagacgtgtc 1321 gaagtgaaag cccctgggat tattgaacgt aaatctgtgc acgagcctat gcaaactggg 1381 ttaaaagcgg tagatagcct ggttcctata ggccgtggtc aacgagaact tataatcggg 1441 gaccgacaaa ctggaaaaac agctattgct atcgatacca tattaaacca aaagcaaatg 1501 aactcaagga gcacctctga gagtgagaca ttgtattgtg tctatgtagc gattggacag 1561 aaacgctcaa ctgtggcaca attagttcaa attctttcag aagcgaatgc tatggaatat 1621 tccattcttg tagcagccac cgcttcggat cctgctcctc tgcaatttct ggccccgtat 1681 tctggctgtg ccatggggga atatttccgc gataatggaa tgcacgcatt aataatctat 1741 gatgatctta gtaaacaggc agtggcatat cgacaaatgt cattattgtt acgccgacca 1801 ccaggccgtg aggctttccc aggggatgtt ttctatttac attcccgtct cttagaaaga 1861 gccgctaaac gatcggacca gacaggcgca ggtagcttga ccgccttacc cgtcattgaa 1921 acacaagctg gagacgtatc agcctatatt cctactaatg tgatccccat tactgatgga 1981 caaatctgtt cggaaacaga gctcttttat cgcggaatta gacctgctat taacgtcggc 2041 ttatctgtca gtcgtgttgg gtctgccgct cagttgaaaa ctatgaaaca agtctgcggt 2101 agttcaaaac tggaattggc acaatatcgc gaagtggccg cccttgctca atttgggtca 2161 gacctggatg ctgcgactca ggcattactc aatagaggtg caaggcttac agaagtaccg 2221 aaacaaccac aatatgcacc acttccaatt gaaaaacaaa ttttagtcat ttatgcagct 2281 gtcaatggat tctgtgatcg aatgccacta gacagaattt ctcaatatga gagagccatt 2341 ttaaagagta taaaaacaga attactacaa tcccttttag aaaaaggtgg cttaactaac 2401 gaaagaaaaa tggaaccaga tacattctta aaggaatgcg ctttgcctta cacaatataa 2461 aaaagaaaaa gagaataaaa atagaaagat gaaggaacaa agttgacaca atccctttct 2521 ttccgttggt caacaaccaa caaaacaaaa tcgtttagtt cttcactact cgtacaggaa 2581 ggcctctctt tctgtatggg gggaatcctt tattctcaat caagatgcct caactggata 2641 aattcactta tttctttcgc tttactattt tgcctatttt cacaatgcta ctcggacgtt 2701 ttctaggaac gggctgcccc gggatttcca ccctattgac tttatttttt ttaatagtta 2761 ccctcctcct gatttatcga atgagagttt cgaagagaaa gaagagttct tttcttttct 2821 tcgtaattct cattctcatc tacgtgttat gtactttctc taggtctttt ttcattttta 2881 tgctggcagg aatgccaagt gcattcgttt ggaaagtctc ctccgaaagt ggagatgcaa 2941 caagtcttcc ccctttggag tcttcctcaa gcagtgaatc attggctacg tttagagccg 3001 aaatagcagc cgagaacgag gctgaaattt ttactcgcat acgcaatctt gagacccagg 3061 attactacaa ccttcctccc cagaataatc ctggggagta tgaggttctt gttagggaag 3121 aattcgagca agctctcgat gttccccatt atagaacggt cctggataga gaatattttg 3181 aactcacagt attagaaaga aagggtctat tgcaagatag gctcttccat cttatgcttg 3241 gtgagcaaaa gatttctcgt ataatggaac tttctccata tcaaaatatc cgtatggagg 3301 cctataattt ccttgaggct tctgtggagc cggtgagcgc tttagagcat ccttttcaga 3361 aggatctgat ggaaggtact ttgaatttct ttatcaagga attaacccaa aatgggagaa 3421 attccgaaat ctataagaat ttttatatac acttcacaga tgaactgttc cgcgtgaagt 3481 tgggattacc tctcccttaa tatgatattc tttttgcgct cttggtcttc gaactagtca 3541 ttaatggtcg gcttcattgg tacc //
Back to Home Page
Loessl: Cytoplasm Genome ResearchAndreas LÖSSL
.
